Used SPEEDFAM / PETER WOLTERS 32 BGW #9184921 for sale

SPEEDFAM / PETER WOLTERS 32 BGW is a wafer grinding, lapping and polishing equipment designed by renowned German manufacturer SPEEDFAM for use in semiconductor production. This system is designed to handle both single-side and double-side wafer grinding and lapping applications, and its range of adjustability makes it suitable also for a wide range of other applications. The unit is made up of two main components: a metal frame with integrated conveyor machine, and a main control unit. The frame is constructed from high-grade aluminum, and its sturdy design offers excellent stability; this is also optimized for reliable mobility, which allows for easy transportation and relocation of the tool. The conveyor asset is equipped with 4 integrated static plates that ensure a consistently level and precise wafer processing. The main control unit is used to operate all the machine's functions. It contains a 10.4" color touch screen, which provides easy access to the model's parameters. It also includes a highly accurate positioning control equipment, which allows for systematic and intricate profiling of the parts before and after processing. Other important features include a PLC based programmable logic controller that allows for different operation sequences to be stored and executed, as well as a fiber-optic communication link that ensures high-speed data transmission. SPEEDFAM 32 BGW also offers the possibility of automated lapping, which is beneficial when surface qualities are needed that demand precision control. Furthermore, its grinding wheel can rotate up to 450rpm, which ensures faster processing times and greater throughput. In addition, the system also supports an additional load port, which allows for the insertion of multiple wafers and consecutive processing. PETER WOLTERS 32 BGW is a high quality unit designed for efficient wafer grinding, lapping and polishing. The precise control, flexibility and speed makes this machine ideal for a variety of semiconductor production applications, especially when high quality results and precision are required.